By using RFID intelligent reagent cabinets and laboratory information management system LIMS,and comprehensively utilizing RFID radio frequency identification technology,facial recognition,big data analysis and other technologies,real-time and precise supervision is carried out to improve the safety management level of hazardous chemicals in the laboratory and safeguard the development of scientific research!

　　The use of RFID intelligent reagent cabinets and laboratory information management system LIMS,through a combination of software and hardware,comprehensively utilizes RFID radio frequency identification technology,facial recognition,big data analysis and other technologies,which not only complies with national regulations on hazardous chemicals management,but also provides real-time and accurate supervision,greatly improving the safety management level of laboratory hazardous chemicals,and safeguarding the development of teaching and scientific research!

　　The intelligent reagent management cabinet uses a convenient integrated control platform and an intelligent reagent cabinet as the hardware platform to bind reagents with RFID tags,and input reagent information and corresponding RFID codes into the system to form a reagent information database.The cabinet is embedded with an RFID scanner,which automatically identifies and captures the dynamic status of reagents entering and leaving the warehouse.The usage of reagents is obtained through the balance weighing on the central control platform and automatically entered into the system,thus achieving automated management of reagent collection and return,forming a complete database of reagent collection information,and realizing reagent management informatization.It is suitable for the storage and management of chemical reagents,biological agents,standard samples,test samples,and on-site physical evidence.

　　Identify information through RFID tags,automatically enter it into the information database,undergo system classification and filtering,and generate various data reports.Users can query data at any time according to their needs and export it to Excel;Intelligent information management:automatically input information databases,production inventory quality/quantity statistics,overall expected procurement volume and funds,reagent information flow information,reagent consumption statistics reports,inventory warning information reports,and quick screening of user statistics for a single or multiple test agents;Simplify and visualize cumbersome data.

　　The intelligent reagent cabinet integrates IoT technologies such as automatic control,facial recognition,RFID recognition,temperature and humidity monitoring,sound and light warning,and combines information management software to intelligently control the storage and use of samples,automatically identify access status,and record ledger records;RFID radio frequency precise positioning to the layer,automatic induction weighing in and out,automatic inventory after closing the door,achieving the management of reagent quality,positioning,and quantification,and automatic collection of surplus;Abnormal intelligent warning has taken laboratory intelligence and safety management to a new level,with dual locking,anti-corrosion,antivirus,and shock prevention,solving reagent management problems with intelligence and security.

　　The laboratory material management system implements full process control from hazardous chemical demand planning,procurement,warehousing to outbound,return,inventory,etc.in the laboratory,achieving the traceability of reagents.In addition,intelligent IoT devices using RFID radio frequency identification technology are connected to intelligent reagent cabinets and linked in real-time with inventory data,truly achieving full lifecycle management of chemicals and controlling hazardous chemicals in the laboratory from the source.

　　Laboratory safety is a top priority for campus and research institute safety,and combining information technology to manage laboratory safety is bound to be a future development trend.Utilizing information technology products to create a safe and healthy laboratory environment for researchers.